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TLC1518IPW Datasheet(PDF) 9 Page - Texas Instruments

Part # TLC1518IPW
Description  5-V, 10-BIT, 400 KSPS, 4/8 CHANNEL, LOW POWER, SERIAL ANALOG-TO-DIGITAL CONVERTERS WITH AUTO POWER DOWN
PDF  40 Pages
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Manufacturer  TI2 [Texas Instruments]
Direct Link  https://www.ti.com
Logo TI2 - Texas Instruments

TLC1518IPW Datasheet(HTML) 9 Page - Texas Instruments

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TLC1514, TLC1518
5-V, 10-BIT, 400 KSPS, 4/8 CHANNEL, LOW POWER,
SERIAL ANALOG-TO-DIGITAL CONVERTERS WITH AUTO POWER DOWN
SLAS252 – DECEMBER 1999
9
POST OFFICE BOX 655303
• DALLAS, TEXAS 75265
TLC1514/TLC1518 conversion modes (continued)
repeat sweep mode (mode 11)
Repeat sweep mode (mode 11) works the same way as mode 10 except the operation has an option to continue
even if the FIFO threshold is reached. Once the FIFO has reached its programmed threshold, an interrupt (INT)
is generated. Then two things may happen:
1.
The host may choose to act on it (read the FIFO) or ignore it. If the next cycle is a read FIFO cycle, all of
the data stored in the FIFO is retained until it has been read in order.
2.
If the next cycle is not a read FIFO cycle, or another CSTART is generated, all of the content stored in the
FIFO is cleared before the next conversion result is stored in the FIFO, and the sweep is continued.
Table 3. TLC1514/TLC1518 Conversion Mode
CONVERSION
MODE
CFR
D(6,5)
SAMPLING
TYPE
OPERATION
One shot
00
Normal
•
Single conversion from a selected channel
•
CS or FS to start select/sampling/conversion/read
•
One INT or EOC generated after each conversion
•
Host must serve INT by selecting channel, and converting and reading the previous output.
Extended
•
Single conversion from a selected channel
•
CS to select/read
•
CSTART to start sampling and conversion
•
One INT or EOC generated after each conversion
•
Host must serve INT by selecting next channel and reading the previous output.
Repeat
01
Normal
•
Repeated conversions from a selected channel
•
CS or FS to start sampling/conversion
•
One INT generated after FIFO is filled up to the threshold
•
Host must serve INT by either 1) (FIFO read) reading out all of the FIFO contents up to the
threshold, then repeat conversions from the same selected channel or 2) writing another
command(s) to change the conversion mode. If the FIFO is not read when INT is served, it
is cleared.
Extended
•
Same as normal sampling except CSTART starts each sampling and conversion when CS is
high.
Sweep
10
Normal
•
One conversion per channel from a sequence of channels
•
CS or FS to start sampling/conversion
•
One INT generated after FIFO is filled up to the threshold
•
Host must serve INT by (FIFO read) reading out all of the FIFO contents up to the threshold,
then write another command(s) to change the conversion mode.
Extended
•
Same as normal sampling except CSTART starts each sampling and conversion when CS is
high.
Repeat sweep
11
Normal
•
Repeated conversions from a sequence of channels
•
CS or FS to start sampling/conversion
•
One INT generated after FIFO is filled up to the threshold
•
Host must serve INT by either 1) (FIFO read) reading out all of the FIFO contents up to the
threshold, then repeat conversions from the same selected channel or 2) writing another
command(s) to change the conversion mode. If the FIFO is not read when INT is served it is
cleared.
Extended
•
Same as normal sampling except CSTART starts each sampling and conversion when CS is
high.
NOTE: Programming the EOC/INT pin as the EOC signal works for mode 00 only. The other three modes automatically generate an INT signal
irrespective of whether EOC/INT is programmed.



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